How a Manmade Tidal Lagoon Could Change the Future of Clean Energy

FEARGUS O'SULLIVAN for CityLab:  Just outside the Welsh city of Swansea, the U.K. is planning one of the most innovative power plants ever constructed. It’s not the plant’s size that is striking, though it could ultimately provide power to 155,000 homes for 120 years. It’s the source of its power that breaks ground: tides channeled into an artificially constructed lagoon. Granted full planning permission this June, the Swansea Bay Tidal Lagoon will be the world’s first ever plant to generate electricity using this method. Should it prove successful, the plant’s template could be adopted worldwide as a way of generating green power while simultaneously providing sea wall protection to coastal communities.   Cont'd...

Increasing Wind Turbine AEP with Vortex Generators

Vortex Generators are small attachments made from durable material that energizes the flow around the blade and reduce flow separation.

Infinite Possibilities of Internet of Things (IoT) in Renewable Energy Sector

Here is how the internet of things technology can drive the next revolution in the global renewable energy industry

Energy Production in Motion: The Advantages of Single-Axis Solar Tracking Systems

Despite the fact that tracking systems are more complex than fixed-tilt systems, they represent the future of the industry and a glimpse of all that is possible in terms of solar energy capacity.

Energy From Stars

This paper proposes possible new energy sources. One of these sources can be the "energy from stars".

Two Explosions a World Apart: From Disaster Comes New Power

How Roys Poyiadjiss and Martua Sitoruss Partnership is Creating the Largest Biofuel Plant in Japan

Germany & China Lead in Solar Installed Capacities

Germanys top place in the ranking is not surprising given its Energiewende focus to transition away from fossil fuels & its declared war on coal.

Technical Summaries of Wave Energy Prize Official Qualified Teams

Judges have completed reviewing the technical submissions and a total of 20 Qualified Teams are advancing to next phase of the Wave Energy Prize! Here are the entries.

Algenol to Partner in China to take Climate Action

China Looks to Algenols Carbon Mitigation Technology to Reduce Rising Global CO2 Levels and Help Combat Climate Change

Five More Myths About Solar Energy - And The Real Facts

In an earlier article, Midsummers CEO Sven Lindström outlined some of the most common myths about solar power. Here are five more of the most common solar energy myths - coupled with the real facts.

Energy Storage from UGE onDEMAND

onDEMAND combines Samsungs lithium-ion battery technology and Princeton Power Systems energy management technology, with UGEs project financing and system design expertise, for a complete energy storage solution.

Balls of DNA Could Fix Geothermal Energy's Biggest Problem

Shara Tonn for Wired.com:  Geothermal Power has the potential to be cheap, reliable, and abundant—running off the heat of the Earth 24 hours a day, seven days a week. That’s especially true thanks to a new generation of home-grown geothermal plants, which don’t run off the steam of natural hot springs and geysers. No need to find those hydrothermal gems; today, geothermal engineers are making their own reservoirs by drilling down into hot rock and pumping in water. The catch? Engineers can’t see what’s happening underground. Drilling wells in just the right spot can be like playing golf blindfolded: Even if someone faces you in the right direction, you could still hit the ball way off the green. But tiny fragments of DNA dropped into the wells could soon help engineers follow the path of water underground, helping them sink their putts every time. In a basic geothermal plant set-up, engineers actually have to drill two types of wells. The first kind, which goes down two or three miles, carries cold water down deep, where it fractures the hot rock and creates new paths for water to move. It’s kind of like fracking, but without the chemicals.  Cont'd...

Balls of DNA Could Fix Geothermal Energy's Biggest Problem

Shara Tonn for Wired.com:  Geothermal Power has the potential to be cheap, reliable, and abundant—running off the heat of the Earth 24 hours a day, seven days a week. That’s especially true thanks to a new generation of home-grown geothermal plants, which don’t run off the steam of natural hot springs and geysers. No need to find those hydrothermal gems; today, geothermal engineers are making their own reservoirs by drilling down into hot rock and pumping in water. The catch? Engineers can’t see what’s happening underground. Drilling wells in just the right spot can be like playing golf blindfolded: Even if someone faces you in the right direction, you could still hit the ball way off the green. But tiny fragments of DNA dropped into the wells could soon help engineers follow the path of water underground, helping them sink their putts every time. In a basic geothermal plant set-up, engineers actually have to drill two types of wells. The first kind, which goes down two or three miles, carries cold water down deep, where it fractures the hot rock and creates new paths for water to move. It’s kind of like fracking, but without the chemicals.  Cont'd...

Evaluating the Case for Module-Level Shutdown

An Increase in Safety or the Creation of Perceived Danger?

IoT and Solar Energy

Because solar installations can operate anywhere there is cellular service available, AT&T is a perfect technology provider for the wireless connectivity needs of solar companies.

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